Emergency Escape Breathing Device (EEBD)

Emergency Escape Breathing Device (EEBD)

Closed-circuit EEBD providing 15+ minutes of breathable air for fire escape at sea and onshore.

Emergency Escape Breathing Devices (EEBD), strictly manufactured in accordance with GB 38451-2019 "Respiratory protection - Self-contained open-circuit compressed air escape breathing apparatus", GB 18664-2025 "Selection, use and maintenance of respiratory protective equipment" and FSS Code regulations. It is the core protective equipment for personnel emergency escape in various high-risk places, and can be purchased in bulk to meet escape protection needs in various scenarios. The core function of the product is to provide clean breathing air for escapees in toxic, harmful, smoky, or oxygen-deficient environments, providing 10-15 minutes of stable air supply to help personnel quickly escape dangerous areas, effectively solving the pain point of personnel inhaling toxic smoke or suffocating due to oxygen deficiency in emergencies. It is only for escape and must not be used for firefighting, entering oxygen-deficient compartments, etc. The device consists of a compressed air cylinder, pressure reducer, pressure gauge, air delivery hose, flame-resistant hood, backpack and other components. It is made of high-quality corrosion-resistant materials, and the components are specially treated for anti-corrosion. It is compact, lightweight, and portable, and can be worn on the waist or carried on the back without affecting escape movements. The design is simple and easy to operate, requiring no professional training. Simply pull the safety pin and put on the hood to automatically supply air. The hood features a clear, wide viewing window, and the mask maintains positive pressure to effectively isolate external toxic gases and smoke. It has complete qualifications, including CCS certification and test reports, balancing portability and safety. It is essential emergency escape equipment for chemical plants, ships, high-rise buildings, laboratories, and other high-risk places.

Technical Specifications (Selection Reference)

Values are industry-standard ranges; final configuration subject to scheme design.

Specifications

Main MaterialThe compressed air cylinder is made of high-quality carbon steel or aluminum alloy; the pressure reducer and hoses are made of corrosion-resistant materials; the hood is made of flame-resistant and anti-fog materials, offering corrosion resistance and durability.
Air Supply TypeSelf-contained open-circuit compressed air type; regenerative oxygen type optionally available for some models.
Air Supply DurationTwo standard durations: 10-minute and 15-minute. Air cylinder capacity ≥400L (10-minute model) and ≥600L (15-minute model).
Working Pressure21MPa, with pressure gauge for real-time cylinder pressure display
Air Flow≥35L/min, constant flow air supply, ensuring smooth breathing
Hood ConfigurationFull-coverage flame-resistant hood with clear anti-fog viewing window, covering head, neck, and shoulders, built-in oral-nasal mask and nose clip
Portable DesignWeight ≤8.5kg, equipped with backpack or waist strap device, easy to carry and escape
Protection RatingIP54, dustproof and moisture-proof, suitable for various indoor and outdoor environments
Operating Temperature-10℃ to 50℃, adaptable to different climate conditions
StandardCompliant with GB 38451-2019, GB 18664-2025, and FSS Code Chapter 3, Section 2.2. Full certifications, each unit comes with inspection reports and CCS marine certification (for marine models). Bulk supply available, with customizable air supply duration services.

Certification: Test Report, Factory Certificate of Conformity · Customization (explosion-proof, anti-corrosion etc.) available

Product Details

Emergency Escape Breathing Devices (EEBD), strictly manufactured in accordance with GB 38451-2019 "Respiratory protection - Self-contained open-circuit compressed air escape breathing apparatus", GB 18664-2025 "Selection, use and maintenance of respiratory protective equipment" and FSS Code regulations. It is the core protective equipment for personnel emergency escape in various high-risk places, and can be purchased in bulk to meet escape protection needs in various scenarios. The core function of the product is to provide clean breathing air for escapees in toxic, harmful, smoky, or oxygen-deficient environments, providing 10-15 minutes of stable air supply to help personnel quickly escape dangerous areas, effectively solving the pain point of personnel inhaling toxic smoke or suffocating due to oxygen deficiency in emergencies. It is only for escape and must not be used for firefighting, entering oxygen-deficient compartments, etc. The device consists of a compressed air cylinder, pressure reducer, pressure gauge, air delivery hose, flame-resistant hood, backpack and other components. It is made of high-quality corrosion-resistant materials, and the components are specially treated for anti-corrosion. It is compact, lightweight, and portable, and can be worn on the waist or carried on the back without affecting escape movements. The design is simple and easy to operate, requiring no professional training. Simply pull the safety pin and put on the hood to automatically supply air. The hood features a clear, wide viewing window, and the mask maintains positive pressure to effectively isolate external toxic gases and smoke. It has complete qualifications, including CCS certification and test reports, balancing portability and safety. It is essential emergency escape equipment for chemical plants, ships, high-rise buildings, laboratories, and other high-risk places.

Usage Instructions and Operating Specifications: For placement, choose locations that are easily accessible, unobstructed, dry and well-ventilated, such as evacuation corridors, stairwells, and engine room entrances. Keep away from fire sources, electrical sources, flammable, explosive, toxic and hazardous areas. Post prominent EEBD signage to ensure easy identification in emergencies. Regularly check that the placement location is clear and not blocked by debris. For routine inspection, periodically check the device for external damage, loose parts, or gas leakage. Check the pressure gauge reading to ensure the cylinder pressure is within the specified range. Inspect the hood's sealing performance and the clarity of the viewing window; replace if damaged or aged. Check the air delivery hose for damage or blockage to ensure smooth airflow. Perform a *test quarterly to ensure the device is intact and usable. For emergency use, no professional training is required. Quickly remove the device, pull the safety pin or open the cylinder valve, put the hood over your head, adjust it to ensure a tight seal, clip the nose clip, bite the mouthpiece, and rely on the device's self-contained air supply to escape quickly along the evacuation route. During escape, avoid pulling the air delivery hose to ensure stable air supply. It is strictly prohibited to use the device for firefighting, entering oxygen-deficient compartments, or as a firefighter's breathing apparatus. After use, if the device is not damaged and the cylinder still has residual air, it must be inspected, refilled, and resealed by professionals before storage. If the device is damaged or the gas is depleted, replace it with a new one promptly. For routine maintenance, have professionals perform a hydrostatic test on the cylinder periodically, and conduct an annual *overhaul to replace aged or damaged parts in a timely manner. It is strictly prohibited to disassemble or modify device components without authorization, to refill gas privately (a dedicated filling pump must be used), to use the device for non-escape purposes, or to store it in humid, high-temperature, or corrosive environments. Ensure the device is always in good emergency condition. Service hotline: 130-6003-1111

Applications

Widely used in petrochemical plants, ships, laboratories, high-rise buildings, hotels, tunnels, chemical industrial parks, ports, warehouses, and other locations where toxic gases, smoke, or oxygen deficiency pose risks. Especially suitable for cargo ships of 1,000 gross tonnage and above, confined space workplaces, and high-risk areas with dense personnel. Can be placed in evacuation routes, stairwells, fire control stations, engine room control rooms, and other easily accessible locations to meet the needs of personnel escape during fire, toxic gas leaks, and other emergencies. Complies with SOLAS convention and relevant domestic fire protection and maritime regulations, providing critical respiratory protection for emergency escape and filling the gap in escape protection in high-risk environments.

After-sales Policy

Nationwide direct logistics delivery; acceptance documents are handed over with the goods. Warranty and after-sales terms are subject to the supply contract. Government and enterprise group purchases are supported. For details, call for consultation.

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